Spatial Vectors and RigidBody Dynamics
Spatial vectors are 6D vectors that simplify the task of describing,
analysing, and calculating rigidbody dynamics. This page contains
materials to help you learn about spatial vectors, software to help you
perform dynamics calculations, and links to relevant materials elsewhere.
Materials for the Spatial Vectors Course at IIT, March 2018
A Short Course on Spatial Vector Algebra
This is an introductory course (written in 2008) that takes approximately one
or two days. The materials below are (believed to be) suitable for self
study.
A Tutorial for Beginners
Some Books and Papers

Robot Dynamics Algorithms (1987).
[link to Amazon].
This is the original book on dynamics algorithms and spatial
vectors. Although it is still worth reading, it has been
superceded by the book below. The treatment of spatial vectors
in this book is a little different from the modern treatment.

Rigid Body Dynamics Algorithms (2008).
[publisher's
web page].
This is the new book on dynamics algorithms and spatial vectors.
The software listed below is based on this book.

Springer Handbook of Robotics (2008).
[publisher's
web page].
Chapter 2 in this handbook (coauthored by myself and
Prof. David Orin)
contains a concise description of spatial vectors and the most important
algorithms for robot dynamics.

Robot Dynamics: Equations and
Algorithms (2000).
This is a survey paper on robot dynamics. It contains a brief
description of spatial vector algebra and the most important algorithms.

Plücker Basis Vectors
(2006).
This paper discusses Plücker coordinates, Plücker basis
vectors and rigidbody acceleration using a mathematical tool called a
basis mapping.
More Stuff on Spatial Vectors
Software Package Spatial
This Matlab software package implements most of the algorithms
in Rigid Body Dynamics Algorithms. Version
1 reportedly also works on GNU
Octave (version 3.0.2). Version 2 includes several tutorial examples
using Simulink, more extensive documentation, and greatly improved graphics.
Other Software
Last modified: March 2018
Author: Roy Featherstone